// CkSCard.h: interface for the CkSCard class.
//
//////////////////////////////////////////////////////////////////////

// This header is generated for Chilkat 11.2.0

#define _CkVersion 11.2.0

#ifndef _CkSCard_H
#define _CkSCard_H
	
#include "chilkatDefs.h"
#include "CkString.h"
#include "CkClassWithCallbacks.h"

class CkJsonObject;
class CkBinData;
class CkTask;
class CkStringTable;
class CkBaseProgress;



#if !defined(__sun__) && !defined(__sun)
#pragma pack (push, 8)
#endif


#undef Copy

// CLASS: CkSCard
class CK_VISIBLE_PUBLIC CkSCard  : public CkClassWithCallbacks
{
    private:

	// Don't allow assignment or copying these objects.
	CkSCard(const CkSCard &);
	CkSCard &operator=(const CkSCard &);

    public:
	CkSCard(void);
	virtual ~CkSCard(void);

	static CkSCard *createNew(void);
	static CkSCard *createNew2(int progLang);
	void CK_VISIBLE_PRIVATE inject(void *impl);

	// May be called when finished with the object to free/dispose of any
	// internal resources held by the object. 
	void dispose(void);

	
		
	CkBaseProgress *get_EventCallbackObject(void) const;
	void put_EventCallbackObject(CkBaseProgress *progress);


	// BEGIN PUBLIC INTERFACE

	// ----------------------
	// Properties
	// ----------------------
	// The name of the active protocol if connected smart card reader, or an empty
	// string if not connected. Possible values are T0 , T1 , raw , undefined , or if
	// not connected to a reader.
	void get_ActiveProtocol(CkString &str);
	// The name of the active protocol if connected smart card reader, or an empty
	// string if not connected. Possible values are T0 , T1 , raw , undefined , or if
	// not connected to a reader.
	const char *activeProtocol(void);

	// This is the Current ATR of a card in the connected reader.
	void get_CardAtr(CkString &str);
	// This is the Current ATR of a card in the connected reader.
	const char *cardAtr(void);

	// The name of the currently connected smart card reader, or an empty string if not
	// connected.
	void get_ConnectedReader(CkString &str);
	// The name of the currently connected smart card reader, or an empty string if not
	// connected.
	const char *connectedReader(void);

	// Contains the string user or system if this object has established a context (by
	// calling EstablishContext). Contains the empty string if no context is
	// established.
	void get_Context(CkString &str);
	// Contains the string user or system if this object has established a context (by
	// calling EstablishContext). Contains the empty string if no context is
	// established.
	const char *context(void);

	// For Linux systems only. Specifies the full path of the libpcsclite.so shared
	// lib. This property should only be used if the libpcsclite.so is in a
	// non-standard location or if Chilkat cannot automatically located it.
	void get_PcscLibPath(CkString &str);
	// For Linux systems only. Specifies the full path of the libpcsclite.so shared
	// lib. This property should only be used if the libpcsclite.so is in a
	// non-standard location or if Chilkat cannot automatically located it.
	const char *pcscLibPath(void);
	// For Linux systems only. Specifies the full path of the libpcsclite.so shared
	// lib. This property should only be used if the libpcsclite.so is in a
	// non-standard location or if Chilkat cannot automatically located it.
	void put_PcscLibPath(const char *newVal);

	// The current status of the connected reader. Possible values are:
	//     * absent - There is no card in the reader.
	//     * present - There is a card in the reader, but it has not been moved into
	//     position for use.
	//     * swallowed - There is a card in the reader in position for use. The card is
	//     not powered.
	//     * powered - Power is being provided to the card, but the reader driver is
	//     unaware of the mode of the card.
	//     * negotiable - The card has been reset and is awaiting PTS negotiation.
	//     * specific - The card has been reset and specific communication protocols
	//     have been established.
	void get_ReaderStatus(CkString &str);
	// The current status of the connected reader. Possible values are:
	//     * absent - There is no card in the reader.
	//     * present - There is a card in the reader, but it has not been moved into
	//     position for use.
	//     * swallowed - There is a card in the reader in position for use. The card is
	//     not powered.
	//     * powered - Power is being provided to the card, but the reader driver is
	//     unaware of the mode of the card.
	//     * negotiable - The card has been reset and is awaiting PTS negotiation.
	//     * specific - The card has been reset and specific communication protocols
	//     have been established.
	const char *readerStatus(void);

	// The last error returned by an underlying PC/SC function. Can be one of the
	// following:
	//     * SCARD_W_REMOVED_CARD - The smart card has been removed, so that further
	//     communication is not possible.
	//     * SCARD_W_RESET_CARD - The smart card has been reset, so any shared state
	//     information is invalid.
	// * ...
	void get_ScardError(CkString &str);
	// The last error returned by an underlying PC/SC function. Can be one of the
	// following:
	//     * SCARD_W_REMOVED_CARD - The smart card has been removed, so that further
	//     communication is not possible.
	//     * SCARD_W_RESET_CARD - The smart card has been reset, so any shared state
	//     information is invalid.
	// * ...
	const char *scardError(void);



	// ----------------------
	// Methods
	// ----------------------
	// Establishes a temporary exclusive access mode for doing a series of commands in
	// a transaction.
	bool BeginTransaction(void);


	// Check the current status of the currently connected reader. Calling this method
	// updates the ReaderStatus, ActiveProtocol, and CardAtr properties. If this method
	// returns false, none of the properties are updated.
	bool CheckStatus(void);


	// Establish a connection to a reader. The reader is the name of a reader returned
	// from ListReaders. The shareMode can be shared , exclusive , or direct . The preferredProtocol can
	// be 0 (valid only if the shareMode = direct ), T0 , T1 , raw , or no_preference .
	// (No preference is effectively T0 or T1.)
	// 
	// If successful, the state of this object instance is that it's connected to the
	// reader.
	// 
	bool Connect(const char *reader, const char *shareMode, const char *preferredProtocol);


	// Terminates a connection with a reader. The disposition can be one of the following
	// values:
	//     * leave : Do nothing.
	//     * reset : Reset the card (warm reset).
	//     * unpower : Power down the card (cold reset).
	//     * eject : Eject the card.
	bool Disconnect(const char *disposition);


	// Ends a previously begun transaction. The disposition is the action to be taken on the
	// reader, and can be leave which is to do nothing, reset , unpower , or eject .
	bool EndTransaction(const char *disposition);


	// Creates an Application Context to the PC/SC Resource Manager. This must be the
	// first WinSCard function called in a PC/SC application. The scope can be user or
	// system . After calling, this object will have context and all other methods will
	// use the established context. The Context property will hold the value user or
	// system if context was established, or will be empty if no context was
	// established.
	bool EstablishContext(const char *scope);


	// Returns JSON containing information about the smartcards currently inserted into
	// readers.
	bool FindSmartcards(CkJsonObject &json);


	// Get an attribute from the IFD Handler (reader driver).
	// 
	// The attr can be one of the following:
	//     * ASYNC_PROTOCOL_TYPES
	//     * ATR_STRING
	//     * CHANNEL_ID
	//     * CHARACTERISTICS
	//     * CURRENT_BWT
	//     * CURRENT_CLK
	//     * CURRENT_CWT
	//     * CURRENT_D
	//     * CURRENT_EBC_ENCODING
	//     * CURRENT_F
	//     * CURRENT_IFSC
	//     * CURRENT_IFSD
	//     * CURRENT_IO_STATE
	//     * CURRENT_N
	//     * CURRENT_PROTOCOL_TYPE
	//     * CURRENT_W
	//     * DEFAULT_CLK
	//     * DEFAULT_DATA_RATE
	//     * DEVICE_FRIENDLY_NAME
	//     * DEVICE_IN_USE
	//     * DEVICE_SYSTEM_NAME
	//     * DEVICE_UNIT
	//     * ESC_AUTHREQUEST
	//     * ESC_CANCEL
	//     * ESC_RESET
	//     * EXTENDED_BWT
	//     * ICC_INTERFACE_STATUS
	//     * ICC_PRESENCE
	//     * ICC_TYPE_PER_ATR
	//     * MAX_CLK
	//     * MAX_DATA_RATE
	//     * MAX_IFSD
	//     * MAXINPUT
	//     * POWER_MGMT_SUPPORT
	//     * SUPRESS_T1_IFS_REQUEST
	//     * SYNC_PROTOCOL_TYPES
	//     * USER_AUTH_INPUT_DEVICE
	//     * USER_TO_CARD_AUTH_DEVICE
	//     * VENDOR_IFD_SERIAL_NO
	//     * VENDOR_IFD_TYPE
	//     * VENDOR_IFD_VERSION
	//     * VENDOR_NAME
	// 
	// The attribute data is returned in bd.
	// 
	bool GetAttrib(const char *attr, CkBinData &bd);


	// Get a string typed attribute from the IFD Handler (reader driver).
	// 
	// The attr can be one of the following, but should be limited to the particular
	// attributes that return string values.
	//     * ASYNC_PROTOCOL_TYPES
	//     * ATR_STRING
	//     * CHANNEL_ID
	//     * CHARACTERISTICS
	//     * CURRENT_BWT
	//     * CURRENT_CLK
	//     * CURRENT_CWT
	//     * CURRENT_D
	//     * CURRENT_EBC_ENCODING
	//     * CURRENT_F
	//     * CURRENT_IFSC
	//     * CURRENT_IFSD
	//     * CURRENT_IO_STATE
	//     * CURRENT_N
	//     * CURRENT_PROTOCOL_TYPE
	//     * CURRENT_W
	//     * DEFAULT_CLK
	//     * DEFAULT_DATA_RATE
	//     * DEVICE_FRIENDLY_NAME
	//     * DEVICE_IN_USE
	//     * DEVICE_SYSTEM_NAME
	//     * DEVICE_UNIT
	//     * ESC_AUTHREQUEST
	//     * ESC_CANCEL
	//     * ESC_RESET
	//     * EXTENDED_BWT
	//     * ICC_INTERFACE_STATUS
	//     * ICC_PRESENCE
	//     * ICC_TYPE_PER_ATR
	//     * MAX_CLK
	//     * MAX_DATA_RATE
	//     * MAX_IFSD
	//     * MAXINPUT
	//     * POWER_MGMT_SUPPORT
	//     * SUPRESS_T1_IFS_REQUEST
	//     * SYNC_PROTOCOL_TYPES
	//     * USER_AUTH_INPUT_DEVICE
	//     * USER_TO_CARD_AUTH_DEVICE
	//     * VENDOR_IFD_SERIAL_NO
	//     * VENDOR_IFD_TYPE
	//     * VENDOR_IFD_VERSION
	//     * VENDOR_NAME
	// 
	bool GetAttribStr(const char *attr, CkString &outStr);

	// Get a string typed attribute from the IFD Handler (reader driver).
	// 
	// The attr can be one of the following, but should be limited to the particular
	// attributes that return string values.
	//     * ASYNC_PROTOCOL_TYPES
	//     * ATR_STRING
	//     * CHANNEL_ID
	//     * CHARACTERISTICS
	//     * CURRENT_BWT
	//     * CURRENT_CLK
	//     * CURRENT_CWT
	//     * CURRENT_D
	//     * CURRENT_EBC_ENCODING
	//     * CURRENT_F
	//     * CURRENT_IFSC
	//     * CURRENT_IFSD
	//     * CURRENT_IO_STATE
	//     * CURRENT_N
	//     * CURRENT_PROTOCOL_TYPE
	//     * CURRENT_W
	//     * DEFAULT_CLK
	//     * DEFAULT_DATA_RATE
	//     * DEVICE_FRIENDLY_NAME
	//     * DEVICE_IN_USE
	//     * DEVICE_SYSTEM_NAME
	//     * DEVICE_UNIT
	//     * ESC_AUTHREQUEST
	//     * ESC_CANCEL
	//     * ESC_RESET
	//     * EXTENDED_BWT
	//     * ICC_INTERFACE_STATUS
	//     * ICC_PRESENCE
	//     * ICC_TYPE_PER_ATR
	//     * MAX_CLK
	//     * MAX_DATA_RATE
	//     * MAX_IFSD
	//     * MAXINPUT
	//     * POWER_MGMT_SUPPORT
	//     * SUPRESS_T1_IFS_REQUEST
	//     * SYNC_PROTOCOL_TYPES
	//     * USER_AUTH_INPUT_DEVICE
	//     * USER_TO_CARD_AUTH_DEVICE
	//     * VENDOR_IFD_SERIAL_NO
	//     * VENDOR_IFD_TYPE
	//     * VENDOR_IFD_VERSION
	//     * VENDOR_NAME
	// 
	const char *getAttribStr(const char *attr);
	// Get a string typed attribute from the IFD Handler (reader driver).
	// 
	// The attr can be one of the following, but should be limited to the particular
	// attributes that return string values.
	//     * ASYNC_PROTOCOL_TYPES
	//     * ATR_STRING
	//     * CHANNEL_ID
	//     * CHARACTERISTICS
	//     * CURRENT_BWT
	//     * CURRENT_CLK
	//     * CURRENT_CWT
	//     * CURRENT_D
	//     * CURRENT_EBC_ENCODING
	//     * CURRENT_F
	//     * CURRENT_IFSC
	//     * CURRENT_IFSD
	//     * CURRENT_IO_STATE
	//     * CURRENT_N
	//     * CURRENT_PROTOCOL_TYPE
	//     * CURRENT_W
	//     * DEFAULT_CLK
	//     * DEFAULT_DATA_RATE
	//     * DEVICE_FRIENDLY_NAME
	//     * DEVICE_IN_USE
	//     * DEVICE_SYSTEM_NAME
	//     * DEVICE_UNIT
	//     * ESC_AUTHREQUEST
	//     * ESC_CANCEL
	//     * ESC_RESET
	//     * EXTENDED_BWT
	//     * ICC_INTERFACE_STATUS
	//     * ICC_PRESENCE
	//     * ICC_TYPE_PER_ATR
	//     * MAX_CLK
	//     * MAX_DATA_RATE
	//     * MAX_IFSD
	//     * MAXINPUT
	//     * POWER_MGMT_SUPPORT
	//     * SUPRESS_T1_IFS_REQUEST
	//     * SYNC_PROTOCOL_TYPES
	//     * USER_AUTH_INPUT_DEVICE
	//     * USER_TO_CARD_AUTH_DEVICE
	//     * VENDOR_IFD_SERIAL_NO
	//     * VENDOR_IFD_TYPE
	//     * VENDOR_IFD_VERSION
	//     * VENDOR_NAME
	// 
	const char *attribStr(const char *attr);


	// Get an unsigned integer typed attribute from the IFD Handler (reader driver).
	// 
	// The attr can be one of the following, but should be limited to the particular
	// attributes that return unsigned integer values.
	//     * ASYNC_PROTOCOL_TYPES
	//     * ATR_STRING
	//     * CHANNEL_ID
	//     * CHARACTERISTICS
	//     * CURRENT_BWT
	//     * CURRENT_CLK
	//     * CURRENT_CWT
	//     * CURRENT_D
	//     * CURRENT_EBC_ENCODING
	//     * CURRENT_F
	//     * CURRENT_IFSC
	//     * CURRENT_IFSD
	//     * CURRENT_IO_STATE
	//     * CURRENT_N
	//     * CURRENT_PROTOCOL_TYPE
	//     * CURRENT_W
	//     * DEFAULT_CLK
	//     * DEFAULT_DATA_RATE
	//     * DEVICE_FRIENDLY_NAME
	//     * DEVICE_IN_USE
	//     * DEVICE_SYSTEM_NAME
	//     * DEVICE_UNIT
	//     * ESC_AUTHREQUEST
	//     * ESC_CANCEL
	//     * ESC_RESET
	//     * EXTENDED_BWT
	//     * ICC_INTERFACE_STATUS
	//     * ICC_PRESENCE
	//     * ICC_TYPE_PER_ATR
	//     * MAX_CLK
	//     * MAX_DATA_RATE
	//     * MAX_IFSD
	//     * MAXINPUT
	//     * POWER_MGMT_SUPPORT
	//     * SUPRESS_T1_IFS_REQUEST
	//     * SYNC_PROTOCOL_TYPES
	//     * USER_AUTH_INPUT_DEVICE
	//     * USER_TO_CARD_AUTH_DEVICE
	//     * VENDOR_IFD_SERIAL_NO
	//     * VENDOR_IFD_TYPE
	//     * VENDOR_IFD_VERSION
	//     * VENDOR_NAME
	// 
	// Returns 0xFFFFFFFF on failure.
	// 
	unsigned long GetAttribUint(const char *attr);


	// Blocks execution until the current availability of the cards in a specific set
	// of readers changes.
	// 
	// This function receives a list of reader names in stReaderNames. It then blocks waiting
	// for a change in state to occur for a maximum blocking time of maxWaitMs (in
	// milliseconds) or forever if 0 is used.
	// 
	// Information about the current reader states and which reader(s) changed is
	// returned in json. See the example below for more information.
	// 
	// To wait for a reader event (reader added or removed) you may use the special
	// reader name \\?PnP?\Notification .
	// 
	// To cancel the ongoing call, call Cancel().
	// 
	// The stReaderNames contains the reader names to check. The json is empty on input, and if
	// the call returns success contains information about the state (after the event
	// change) of each reader.
	// 
	bool GetStatusChange(int maxWaitMs, CkStringTable &stReaderNames, CkJsonObject &json);

	// Blocks execution until the current availability of the cards in a specific set
	// of readers changes.
	// 
	// This function receives a list of reader names in stReaderNames. It then blocks waiting
	// for a change in state to occur for a maximum blocking time of maxWaitMs (in
	// milliseconds) or forever if 0 is used.
	// 
	// Information about the current reader states and which reader(s) changed is
	// returned in json. See the example below for more information.
	// 
	// To wait for a reader event (reader added or removed) you may use the special
	// reader name \\?PnP?\Notification .
	// 
	// To cancel the ongoing call, call Cancel().
	// 
	// The stReaderNames contains the reader names to check. The json is empty on input, and if
	// the call returns success contains information about the state (after the event
	// change) of each reader.
	// 
	CkTask *GetStatusChangeAsync(int maxWaitMs, CkStringTable &stReaderNames, CkJsonObject &json);


	// Cancels an ongoing GetStatusChange method call. This would be called from a
	// separate thread in your application if GetStatusChange was called synchronously.
	bool GetStatusChangeCancel(void);


	// Returns a list of currently available reader groups on the system. The reader
	// groups are returned in readerGroups.
	bool ListReaderGroups(CkStringTable &readerGroups);


	// Returns a list of currently available readers on the system.
	bool ListReaders(CkStringTable &st);


	// Reestablishes a connection to a reader that was previously connected to using
	// Connect().
	// 
	// In a multi application environment it is possible for an application to reset
	// the card in shared mode. When this occurs any other application trying to access
	// certain commands will be returned the value SCARD_W_RESET_CARD. When this occurs
	// Reconnect() must be called in order to acknowledge that the card was reset and
	// allow it to change its state accordingly.
	// 
	// The shareMode can be shared , exclusive , or direct . The preferredProtocol can be 0 (valid only
	// if the shareMode = direct ), T0 , T1 , raw , or no_preference . (No preference
	// is effectively T0 or T1.) The action is the desired action taken on the
	// card/reader. It can be leave , reset , unpower , or eject .
	// 
	// If successful, the state of this object instance is that it's connected to the
	// reader.
	// 
	bool Reconnect(const char *shareMode, const char *preferredProtocol, const char *action);


	// Destroys a communication context to the PC/SC Resource Manager. This must be the
	// last function called in a PC/SC application.
	bool ReleaseContext(void);


	// Sends a command directly to the IFD Handler (reader driver) to be processed by
	// the reader.
	// 
	// This is useful for creating client side reader drivers for functions like PIN
	// pads, biometrics, or other extensions to the normal smart card reader that are
	// not normally handled by PC/SC.
	// 
	// The command data is sent in bdSend. The response is written to bdRecv.
	// 
	bool SendControl(unsigned long controlCode, CkBinData &bdSend, CkBinData &bdRecv);


	// Sends a command directly to the IFD Handler (reader driver) to be processed by
	// the reader.
	// 
	// This is useful for creating client side reader drivers for functions like PIN
	// pads, biometrics, or other extensions to the normal smart card reader that are
	// not normally handled by PC/SC.
	// 
	// The command data is provided as a hex string in sendData. The response is written to
	// bdRecv.
	// 
	bool SendControlHex(unsigned long controlCode, const char *sendData, CkBinData &bdRecv);


	// Sends an APDU to the smart card contained in the currently connected reader. The
	// protocol can be T0 , T1 , or raw . The APDU to be sent is contained in bdSend. The
	// response from the card is contained in bdRecv. The maxRecvLen is the maximum response
	// size (in bytes) willing to be accepted.
	bool Transmit(const char *protocol, CkBinData &bdSend, CkBinData &bdRecv, int maxRecvLen);


	// Sends an APDU to the smart card contained in the currently connected reader. The
	// protocol can be T0 , T1 , or raw . The APDU (in hexadecimal) to be sent is passed in
	// apduHex. The response from the card is contained in bdRecv. The maxRecvLen is the maximum
	// response size (in bytes) willing to be accepted.
	bool TransmitHex(const char *protocol, const char *apduHex, CkBinData &bdRecv, int maxRecvLen);






	// END PUBLIC INTERFACE


};
#if !defined(__sun__) && !defined(__sun)
#pragma pack (pop)
#endif
	
#endif
